DavidJ.Griffiths
None
제1장벡터해석11.1벡터대수11.1.1벡터연산11.1.2벡터대수:성분형식51.1.3삼중곱81.1.4위치,변위,분리벡터91.1.5벡터변환규칙111.2벡터미분141.2.1“상”미분141.2.2기울기151.2.3연산자171.2.4발산181.2.5회전201.2.6곱셈규칙221.2.72계도함수241.3적분271.3.1선,면,부피적분271.3.2미적분의기본정리311.3.3기울기의기본정리321.3.4발산의기본정리351.3.5회전의기본정리371.3.6부분적분401.4곡선좌표계421.4.1구좌표계421.4.2원통좌표계471.5디랙델타함수491.5.1의발산491.5.21차원디랙델타함수501.5.33차원델타함수541.6벡터장이론571.6.1헬름홀츠정리571.6.2전위(전기적위치에너지)58제2장정전기학652.1정전기장652.1.1서론652.1.2쿨롱법칙662.1.3전기장672.1.4연속전하분포692.2정전기장의발산과회전732.2.1장선과가우스법칙732.2.2E의발산772.2.3가우스법칙의응용782.2.4E의회전842.3전위862.3.1서론862.3.2전위에대해덧붙이는말882.3.3푸아송방정식과라플라스방정식912.3.4국소전하분포에대한전위922.3.5요약:정전기학의경계조건962.4정전기학에서의일과에너지1002.4.1전하를옮기느라한일1002.4.2점전하분포의에너지1012.4.3연속전하분포의에너지1032.4.4정전기에너지에대해덧붙이는말1052.5도체1072.5.1기본성질1072.5.2유도전하1092.5.3도체위의면전하와그것이받는힘1122.5.4축전기114제3장전위1233.1라플라스방정식1233.1.1서론1233.1.21차원라플라스방정식1243.1.32차원라플라스방정식1253.1.43차원라플라스방정식1273.1.5경계조건과유일성정리1293.1.6도체와제2유일성정리1313.2영상법1343.2.1전형적인영상문제1343.2.2표면에유도된전하1353.2.3힘과에너지1363.2.4그밖의영상문제1383.3변수분리법1413.3.1직각좌표계1413.3.2구좌표계1513.4다중극전개1613.4.1먼곳의전위1613.4.2홀극항과쌍극자항1653.4.3다중극전개에서좌표계의원점1683.4.4쌍극자가만드는전기장169제4장물질속의정전기장1794.1편극밀도1794.1.1유전체1794.1.2유도된쌍극자1794.1.3극성분자의정렬1834.1.4편극밀도1854.2편극된물체가만드는전기장1864.2.1속박전하1864.2.2속박전하에관한물리적해석1894.2.3유전체속의전기장1934.3대체전기장1954.3.1유전체가있을때의가우스법칙1954.3.2잘못알기쉬운비슷함1984.3.3경계조건1994.4선형유전체2004.4.1감수율,유전율,유전상수2004.4.2선형유전체가있는경계값문제2074.4.3유전체계의에너지2124.4.4유전체가받는힘218제5장정자기학2275.1로런츠힘법칙2275.1.1자기장2275.1.2자기력2295.1.3전류2345.2비오-사바르법칙2415.2.1정상전류2415.2.2정상전류가만드는자기장2425.3B의발산과회전2475.3.1직선전류2475.3.2B의발산과회전2495.3.3앙페르법칙의응용2525.3.4정자기학과정전기학의비교2595.4자기벡터전위2625.4.1벡터전위2625.4.2경계조건2695.4.3벡터전위의다중극전개271제6장물질속의자기장2856.1자화밀도2856.1.1반자성체,상자성체,강자성체2856.1.2자기쌍극자가받는회전력과힘2866.1.3자기장이원자궤도에미치는영향2906.1.4자화밀도2926.2자화된물체가만드는자기장2936.2.1속박전류2936.2.2속박전류의물리적인뜻2966.2.3물질속의자기장2986.3보조장H2996.3.1자성체속에서의앙페르법칙2996.3.2잘못알기쉬운비슷함3036.3.3경계조건3036.4선형및비선형물질3046.4.1자기감수율과투자율3046.4.2강자성체308제7장전기역학3177.1기전력3177.1.1옴법칙3177.1.2기전력3247.1.3운동기전력3277.2전자기유도3347.2.1패러데이법칙3347.2.2유도된전기장3397.2.3인덕턴스3447.2.4자기장속의에너지3517.3맥스웰방정식3567.3.1맥스웰이전의전기역학3567.3.2맥스웰이앙페르법칙을고친방법3587.3.3맥스웰방정식3627.3.4자하3637.3.5물질속의맥스웰방정식3647.3.6경계조건들367제8장보존법칙3818.1전하와에너지3818.1.1연속방정식3818.1.2포인팅정리3828.2운동량3868.2.1전기역학에서의뉴턴제3법칙3868.2.2맥스웰변형력텐서3888.2.3운동량보존3938.2.4각운동량3978.3자기력은일을하지않는다400제9장전자기파4119.1일차원파동4119.1.1파동방정식4119.1.2사인파4149.1.3경계조건:반사와투과4189.1.4편광4219.2진공에서의전자기파4249.2.1E와B에대한파동방정식4249.2.2단색평면파4259.2.3전자기파의에너지와운동량4299.3물질속에서의전자기파4329.3.1선형매질속에서의전파4329.3.2수직입사파의반사와투과4349.3.3비스듬히입사한파의반사와투과4379.4흡수와분산4449.4.1도체속에서의전자기파4449.4.2도체표면에서의반사4489.4.3유전율의진동수에대한변화4509.5도파4589.5.1도파관4589.5.2네모꼴도파관에서의TE파4619.5.3동축전송선464제10장전위와전자기장47110.1전위형식47110.1.1스칼라와벡터전위47110.1.2게이지변환47410.1.3쿨롱게이지와로렌츠게이지47610.1.4전위로나타낸로런츠힘법칙47810.2연속분포48010.2.1지연전위48010.2.2제피멩코방정식48610.3점전하48810.3.1리에나르-비케르트전위48810.3.2움직이는점전하가만드는전자기장494제11장전자기파방사50511.1쌍극자방사50511.1.1전자기파는무엇인가?50511.1.2전기쌍극자방사50611.1.3자기쌍극자의전자기파방사51311.1.4임의의원천에서나오는전자기파51711.2점전하방사52311.2.1점전하의방사일률52311.2.2방사반작용52911.2.3방사반작용이생기는과정533제12장전자기학과상대론54512.1특수상대성이론54512.1.1아인슈타인가설54512.1.2상대론의기하학55112.1.3로런츠변환식56212.1.4시공간의구조56812.2상대론적역학57612.2.1고유시간과고유속도57612.2.2상대론적에너지와운동량57912.2.3상대론적운동학58112.2.4상대론적동역학58612.3상대론적전자기학59412.3.1자성:상대론적현상59412.3.2장의변환59712.3.3장텐서60712.3.4텐서로쓴전기동역학61012.3.5상대론적전위614부록부록A곡선좌표계에서의벡터미적분621A.1서론621A.2기호621A.3기울기연산자622A.4발산연산자623A.5회전연산자626A.6라플라스연산자629부록B헬름홀츠정리631부록C단위계635